SD: sintered Off-Road. Good efficiency and stability under all operating conditions. Suitably resistant to wear, even when exposed to water and mud. Less aggressive than the SX, giving more flexible control."
"114492
Rear brake carbon compound with high brake performance. Excellent feel and control to use rear brake steering into turns and handle the bike out of turns."
"106925
OE replacement compound for combination with plain steel brake discs. Sintered compound compatible with OE standard plain steel brake discs as used with older Arctic Cat & Polaris ATV models."
"107026
SX: sintered Off-Road and Supermotard. A notably aggressive pad able to withstand high temperatures, recommended for Motocross and Supermotard. Particularly steady performance."
"114372
The S3 series is optimal for common street riding on street bikes and cruisers with rather larger engines.It?s recommended for riders who ride harder and want great stopping power.The S3 compound provides low abrasive...
Performance upgrade carbon compound for medium size scooters 125-249 cm. Recommended for sporty riding, everyday transportation and fun. NUCAP NRS technology secures a mechanical and indestructible bonding of the...
The original replacement part for Brembo calipers. Selecting these pads, you buy exactly the same OE material as used by the motorcycle manufacturer and developed for the particular application, according to the most...
The AD series is optimal for Off-road and Trail bikesIt?s recommended for riders that do not ride really hard, but want good stopping power if they need it. The wearing rate of this compound is 20% lower than other...
The S3 series is optimal for common street riding on street bikes and cruisers with rather larger engines.It?s recommended for riders who ride harder and want great stopping power.The S3 compound provides low abrasive...
Affordable replacement choice for hobby motocross and competition. Carbon compound offers smooth, quiet and non-grabbing performance. NUCAP NRS technology secures a mechanical and indestructible bonding of the...